Consider a text made up of only lowercase letters, which is encrypted with one of the easiest methods: each letter has an associated character that is always written in its place. Given the translation table and the text encrypted with this table, recover the original text.
Input
Input consists of several cases separated by an empty line. Every case has three parts. The first one is a line with the translation table: 26 different characters (with no spaces nor ‘_’), the first one corresponding to ‘a’, the second one to ‘b’, …, and the last one to ‘z’. The second part is a number n > 0 in a line. The third part consists of n encrypted lines of text.
Output
For each case, write the original text, also with n lines. Change each ‘_’ of the encrypted text for a space. Write an empty line at the end of each case.
Observation
The first example is (basically) extracted from the story “The Gold-Bug” of Edgar Allan Poe. The second text is a famous quotation of Donald Knuth.
Input
52-!813467/09*+.[();?`]<:> 6 5_3++!_305))_6*_;48_26)4+.)_4+);80_6*_;48_!8`60)_)85; ;]8*;:_+*8_!83(88)_5*!_;46(;88*_96*?;8) *+(;485);_5*!_2:_*+(;4 956*_2(5*-4_)8`8*;4_0692_85);_)6!8 )4++;_1(+9_;48_081;_8:8_+1_;48_!85;4)_485! 5_288_06*8_1(+9_;48_;(88_;4(+?34_;48_)4+;_161;:_188;_+?; bcdefghijklmnopqrstuvwxyza 3 cfxbsf_pg_cvht_jo_uif_bcpwf_dpef j_ibwf_pomz_qspwfe_ju_dpssfdu opu_usjfe_ju
Output
a good glass in the bishops hostel in the devils seat twenty one degrees and thirteen minutes northeast and by north main branch seventh limb east side shoot from the left eye of the deaths head a bee line from the tree through the shot fifty feet out beware of bugs in the above code i have only proved it correct not tried it